These have two factors that are identical
The square root of 169
The square root of x to the 2nd power
Another name for the square root symbol is this
The square root of (36x^4 y^6 )
The product property of square roots says the square root of x times y is equal to this
The simplifed version of the square root of (12) is this
The simplifed version of the square root of (8w^4 ) is this
The simplified version of the square root of (28w^6 ) is this.
We can't simplify the square root of (-9) because it is not this
The rule for multiplying with the same base says I need to do this to the exponents
When I have an exponential number raised to a power, I do this to the exponents
To make a negative exponent positive, I do this
The solution to (4) to the (-3) power
The solution to the product of (2 times y to the 2nd power)
The solution to w in this equation: 2w + 3 = 13
2, 3, -1, 4, -12, and 0 are examples of this type of number
The solution to the absolute value of the sum of 5 and (-15)
The property illustrated by this problem: 4(2 - 3) = (4x2) - (4x3)
Rational numbers are defined as numbers that can be written as this in which the numerator and denominator are both integers
What are perfect squares?
What is 13?
What is x?
What is a radical?
What is 6x^2 y^3?
What is the square root of x times square root of y?
What is 2 root 3?
What is 2w^2 root 2?
What is 2w^3 root (7)?
What is 'a real number'?
What is add them?
What is multiply them?
What is flip it or do the reciprocal?
What is 1/64?
What is 4 y to the 2nd power?
What is w=5?
What are integers?
What is 10?
What is the distributive property?
What is a quotient or fraction?
